EnerVenue Launches its Next-Gen Metal-Hydrogen Battery
Kanesa David — December 6, 2022 — Tech
References: enervenue & solarpowerworldonline
EnerVenue has debuted the second-generation version of its metal-hydrogen battery, also known as Energy Storage Vessels (ESVs). ESVs are designed to survive even in icy conditions and provide a broader range of deployment sites. ESVs have undergone testing and show no thermal runaway or propagation danger, therefore, expensive, preemptive fire suppression systems are not required. ESVs are a sustainable and eco-friendly product with recyclable components. The product can discharge to 100% and has adjustable charge/discharge rates, allowing system owners to take advantage of various revenue options.
“Our new ESVs deliver a meaningful upgrade to the customization and ease with which customers and partners can plan — and expand — their utilization of our transformative and proven battery technology,” said Majid Keshavarz, Chief Technology Officer, EnerVenue. “As the applications using our technology have grown, we wanted to ensure we had a product that could match almost any use case. ESVs package EnerVenue’s incredible technology into a more flexible and efficient solution that we’re excited to bring to market.”
Image Credit: EnerVenue
“Our new ESVs deliver a meaningful upgrade to the customization and ease with which customers and partners can plan — and expand — their utilization of our transformative and proven battery technology,” said Majid Keshavarz, Chief Technology Officer, EnerVenue. “As the applications using our technology have grown, we wanted to ensure we had a product that could match almost any use case. ESVs package EnerVenue’s incredible technology into a more flexible and efficient solution that we’re excited to bring to market.”
Image Credit: EnerVenue
Trend Themes
1. Metal-hydrogen Batteries - Developing more durable and sustainable metal-hydrogen batteries could create disruptive innovation opportunities in energy storage and transportation.
2. Green Batteries - The rise of eco-friendly components for metal-hydrogen batteries presents an opportunity for disruptive innovation in the sustainable energy sector.
3. Flexible Battery Technology - Advancements in the flexibility and customization of battery technology creates opportunities for disruptive innovation in a variety of industries, including energy and transportation.
Industry Implications
1. Renewable Energy - The ESVs' sustainability and adjustable charge/discharge rates make them useful for renewable energy storage, opening up disruptive innovation in this industry.
2. Transportation - Developing more durable and efficient metal-hydrogen batteries could lead to disruptive innovation in the transportation industry, with potential applications for electric vehicles and drones.
3. Manufacturing - The recyclable components of metal-hydrogen batteries present an opportunity for disruptive innovation in the manufacturing and recycling of battery components.
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